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China WD-TS200 Tracked Chassis Manufacturer, Supplier, Factory

We not only will try our greatest to supply outstanding services to every shopper, but also are ready to receive any suggestion offered by our buyers for WD-TS200 Tracked Chassis, Metal Tracked Robot Chassis, Suspension Shock Absorbing Tank Chassis, Off-road Obstacle Crossing Robot Platform, Remote Control Tracked Vehicle Chassis, We're going to source ideal high quality, by far the most sector competitive rate, for each new and outdated clients while using the most fantastic eco-friendly providers.
WD-TS200 Tracked Chassis, After years' creating and developing, with the advantages of trained qualified talents and rich marketing experience, outstanding achievements were gradually made. We get good reputation from the customers due to our good solutions quality and fine after-sale service. We sincerely wish to create a more prosperous and flourishing future together with all the friends home and abroad!

Related Products

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    DIY Crawler Robot Chassis Development Platform

    WD-T60 four-wheel-drive aluminum alloy tank crawler chassis supports plastic and metal track options, equipped with 12V geared motors with a 5-10kg load capacity. Pre-reserved abundant expansion holes make it ideal for DIY robot assembly, academic teaching research and intelligent vehicle secondary development.
  • Open‑Source Education Robot Chassis

    Open‑Source Education Robot Chassis

    WD‑C400 ROS is an open‑source ROS robot development platform with Mecanum omnidirectional wheels. It integrates Jetson Nano, LiDAR and AI depth camera to realize SLAM mapping, autonomous navigation and multi‑machine cluster control for education and robot project development.
  • Multi-directional Wheeled Chassis With 4WS

    Multi-directional Wheeled Chassis With 4WS

    WD-W3-4400S multi-directional wheeled chassis with 4WS is a universal 4-wheel steering robot platform with independent drive, independent steering and independent damping suspension for each wheel. It supports multiple flexible motion modes: forward/backward movement, lateral side shifting, in-situ zero turn and Ackermann steering. Compact, robust and durable structure equipped with electric servo hub motors, optional pneumatic tires or solid explosion-proof tires for strong terrain adaptability and easy maintenance. Standard 48V30Ah lithium battery with BMS protection system. Spacious inner cabin and exquisite industrial housing design reserve abundant space for auxiliary payloads, widely used in reconnaissance, inspection, field exploration, laboratory research and educational robot development.
  • Wheeled Quadruped Robot All-Terrain Inspection Robot Dog

    Wheeled Quadruped Robot All-Terrain Inspection Robot Dog

    WD-L1W wheeled quadruped robot features an innovative wheel-leg hybrid structure, combining high-speed wheeled movement and legged obstacle-crossing capability. Max payload reaches 10kg (limit 12kg) with maximum 9km driving range. It supports 40° slope climbing and crossing obstacles up to 60cm height. With IP54 protection and low-noise design, abundant expansion ports and open SDK support secondary development. Widely used in factory inspection, park security patrol, scientific research, education and complex terrain detection.
  • 4WD Enclosed Steel Wheeled Robot Chassis

    4WD Enclosed Steel Wheeled Robot Chassis

    WD-C400 4WD enclosed steel wheeled robot chassis fitted with 130mm rubber off-road tires. It supports two configurations: 37 encoder motors and high-power 550 motors. Abundant mounting holes are reserved. Compatible with the ROS system and supporting secondary development, it is suitable for the development of DIY robots, scientific research and teaching platforms, and inspection vehicles.
  • Tracked Robot Chassis Open Source DIY Tank Platform

    Tracked Robot Chassis Open Source DIY Tank Platform

    WD-T10/T200/TS100 series tracked tank robot chassis adopts aluminum alloy frame, equipped with UNO R3 development board. Supports Bluetooth APP and PS2 handle control, fully open source for secondary development. Three specifications optional, TS100 equipped with independent suspension shock absorption, suitable for teaching research, maker DIY and robot prototype development.
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  • How Can Educational Robot Chassis Improve the Performance of Modern Learning Robots?

    Educational robots have become an important tool for STEM education, engineering training, and innovative learning environments. However, the performance of an educational robot depends heavily on the stability, flexibility, and reliability of its foundation—the robot chassis. An advanced Educational Robot Chassis provides strong structural support, accurate movement control, and excellent compatibility with various sensors and electronic components.

  • Tianjin Weide Aviation: A Deep Case Study on Wheeled Chassis Customization

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  • Chassis technology iteration accelerates, highlighting the differentiated competitive landscape between tracked and wheeled chassis

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  • How Does a Six Wheel Wheeled Chassis Improve Mobility and Stability in Advanced Applications?

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